existence: semantics and syntax - Institut für Linguistik/Germanistik ...
existence: semantics and syntax - Institut für Linguistik/Germanistik ...
existence: semantics and syntax - Institut für Linguistik/Germanistik ...
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TOWARDS ADYNAMIC ACCOUNT OF BE IN ENGLISH 35<br />
by an index on the metavariable: BE SK . 34 The lexical entry for is is therefore as<br />
shown in (28).<br />
(28) is<br />
IF ?Ty(e → t)<br />
THEN go(〈↑ 1 〉); put(Tns(PRES)); go(〈↓ 1 〉);<br />
put(Ty(e → t), Fo(BE SK ), ?∃x.Fo(x))<br />
ELSE ABORT<br />
3.1. Ellipsis <strong>and</strong> the Existential Focus Construction<br />
The analysis of be as a predicate underspecified for content allows us to tackle the<br />
bewildering variety of copular constructions in English in a uniform manner, the<br />
burden of explanation shifting from considerations of the core ‘meaning’ of be as<br />
denoting <strong>existence</strong> or identity to an account of inference in context that derives the<br />
correct interpretations of sentences. Assuming that the copula does project underspecified<br />
content, the value of the metavariable, BE SK , that it projects must be<br />
established. This, like all other values for metavariables, may be freely identified in<br />
context which gives us a way to account for certain types of ellipsis involving the<br />
copula, as illustrated in (29). 35<br />
(29) a. John’s really happy, John is.<br />
b. A. Who was at the meeting?<br />
B. Mary was.<br />
Under the assumption that be projects a metavariable, the elliptical utterances in<br />
(29) will be well-formed because the preceding utterance includes an accessible<br />
(<strong>and</strong> relevant) one-place predicate which can substitute for the metavariable in the<br />
normal way. The situation resulting from parsing the second clause in (29b) is<br />
shown in Figure 11 up to the point of substitution. The resulting formula is, as<br />
required, Fo(At ′ (Mary ′ ,(ɛ,y, Meeting ′ (y)))). 36<br />
34 Note that this is not defined in terms of a LINK structure. In fact, the annotation would be best<br />
construed as a K-state variable, so that BE SK might be better interpreted as λx.BE(ɛ, e, S K (e))(x).<br />
However, in the absence of a coherent theory of events within DS, I leave this possibility to one side.<br />
35 For more details about DS analyses of ellipsis in general, see Purver et al. 2006, Cann et al. to<br />
appear <strong>and</strong> Kempson et al. 2006.<br />
36 I do not in this paper pursue constraints on which predicates may be selected for substitution.<br />
Clearly, potential substituends must be recently articulated <strong>and</strong> easily accessible. They are not, however,<br />
restricted to primary predicates since (contrary to the claim by one of the referees of this paper) ellipsis<br />
on secondary predicates is perfectly acceptable in English, as shown by (i):<br />
i. Mary came home from work tired. John was, too. (So they skipped the party.)<br />
There is, however, a linearity effect. Preposed secondary predicates are often less acceptable than final<br />
ones (ii), but even these are not completely rejected by native speakers of English <strong>and</strong> (iii) is judged<br />
as more acceptable than (ii). Note that the parsing perspective of DS should enable an account of the<br />
difference in accessibility between the two positions. I do not, however, pursue this further here.<br />
ii. ?* Exhausted but elated, John finished the marathon in just over three hours. Mary was too.<br />
iii. % Drunk, John gatecrashed the party. Mary was, too (<strong>and</strong> it all went downhill from there).